Paper Title:
Foliated BF theories and Multipole symmetries
Published on:
10 October 2023
Primary Category:
Strongly Correlated Electrons
Paper Authors:
Hiromi Ebisu,
Masazumi Honda,
Taiichi Nakanishi
New foliated BF theories are constructed from systems with multipole symmetries
Theories show unusual ground state degeneracy depending on greatest common divisor of N and system size
Provides unified framework for fracton phases and related higher-rank topological phases
Links to previous lattice models for fracton phases
Foliated field theories for fracton topological phases
This paper introduces new foliated BF field theories that exhibit properties of fracton topological phases. The theories are constructed by considering systems with multipole symmetries, including global, dipole, and quadrupole symmetries. Gauge fields are introduced for each symmetry, allowing systematic construction of foliated BF theories. The theories show unusual ground state degeneracy dependence on system size, related to greatest common divisor of the symmetry parameter N and system dimensions. The theories represent a unified framework for fracton phases and related higher-rank topological phases.
Unified view of symmetry and fusion rules in topological phases
Symmetries from free bulk theories
Generalized Symmetries in 2D QFTs from String Theory
Classification of one-dimensional topological phases with dipole symmetry
Finite group symmetries in quantum field theories
Wilson lines reveal quantum symmetries in gauge theory
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